Our lidar services include state-of-the-art topographic and bathymetric data capture from aeroplanes, helicopters, boats and vehicles. We operate a suite of lidar systems to provide high-quality, fast and accurate terrain mapping, ranging in point density from 2 to 100 points per square metre (ppsm). With the power of GIS expanding daily, we integrate project outreach, training, and education to further support our clients. Our Geo-data management and analysis platforms fulfil the ever-increasing demand for fast, efficient and thorough information at your fingertips. Using the latest airborne data acquisition and processing technologies, we offer high accuracy lidar data, orthoimagery, oblique imagery, and derived products that meet common national and international mapping standards. The OAM Community is made up of many organizations and individuals that contribute time and resources to the project.With more than 1300 highly qualified geospatial analysts, a fully owned fleet of aircraft, and stringent quality control procedures, we are uniquely qualified to acquire, analyse, and advise on Geo-data projects.
There are plenty of ways to get involved in OpenAerialMap.Ĭheck out the GitHub repository to learn more about the design and how to get involved in the project. OAM is available for sharing and distributing aerial imagery. All imagery is available to be traced in OpenStreetMap.
All imagery contained in OIN is licensed CC-BY 4.0, with attribution as contributors of Open Imagery Network. LicenseĪll imagery is publicly licensed and made available through the Humanitarian OpenStreetMap Team's Open Imagery Network (OIN) Node.
Read the User Guide for more information. Imagery can be previewed by selecting a tile and browsing the sidebar. Use the map to pan and zoom to search available imagery. OpenAerialMap (OAM) is a set of tools for searching, sharing, and using openly licensed satellite and unmanned aerial vehicle (UAV) imagery.īuilt on top of the Open Imagery Network (OIN), OAM is an open service that provides search and access to this imagery.